public void ChangeOnSCADAAnalog(string mrID, float value)
{
ModelGdaDMS gda = new ModelGdaDMS();
List <ResourceDescription> analogMeasurements = gda.GetExtentValuesExtended(ModelCode.ANALOG);
ResourceDescription rdDMeasurement = analogMeasurements.Where(r => r.GetProperty(ModelCode.IDOBJ_MRID).AsString() == mrID).FirstOrDefault();
// if measurement exists here! if result is null it exists only on scada, but not in .data
if (rdDMeasurement != null)
{
long measGid = rdDMeasurement.GetProperty(ModelCode.IDOBJ_GID).AsLong();
// to do: cuvanje u bazi promene za analogne, bla bla. Inicijalno uopste nije bilo planirano da se propagiraju promene za analogne,
// receno je da te vrednosti samo zakucamo :D, zato tu implementaciju ostavljam za svetlu buducnost!
// ovde sad mogu neke kalkulacije opasne da se racunaju, kao ako je ta neka vrednost to se npr. ne uklapa sa
// izracunatom vrednoscu za taj customer..ma bla bla...to nama ne treba xD
List <UIUpdateModel> networkChange = new List <UIUpdateModel>();
networkChange.Add(new UIUpdateModel()
{
Gid = measGid, AnValue = value
});
Publisher publisher = new Publisher();
if (networkChange.Count > 0)
{
publisher.PublishUpdateAnalog(networkChange);
}
}
else
{
Console.WriteLine("ChangeOnScada()-> element with mrid={0} do not exist in OMS.", mrID);
}
}
public void ChangeOnSCADADigital(string mrID, OMSSCADACommon.States state)
{
ModelGdaDMS gda = new ModelGdaDMS();
List <ResourceDescription> discreteMeasurements = gda.GetExtentValuesExtended(ModelCode.DISCRETE);
ResourceDescription rdDMeasurement = discreteMeasurements.Where(r => r.GetProperty(ModelCode.IDOBJ_MRID).AsString() == mrID).FirstOrDefault();
// if measurement exists here! if result is null it exists only on scada, but not in .data
if (rdDMeasurement != null)
{
// find PSR element associated with measurement
long rdAssociatedPSR = rdDMeasurement.GetProperty(ModelCode.MEASUREMENT_PSR).AsLong();
List <UIUpdateModel> networkChange = new List <UIUpdateModel>();
Element DMSElementWithMeas;
Console.WriteLine("Change on scada Digital Instance.Tree");
DMSService.Instance.Tree.Data.TryGetValue(rdAssociatedPSR, out DMSElementWithMeas);
Switch sw = DMSElementWithMeas as Switch;
if (sw != null)
{
bool isIncident = false;
IncidentReport incident = new IncidentReport()
{
MrID = sw.MRID
};
incident.Crewtype = CrewType.Investigation;
ElementStateReport elementStateReport = new ElementStateReport()
{
MrID = sw.MRID, Time = DateTime.UtcNow, State = (int)state
};
if (state == OMSSCADACommon.States.OPENED)
{
isIncident = true;
sw.Incident = true;
sw.State = SwitchState.Open;
sw.Marker = false;
networkChange.Add(new UIUpdateModel(sw.ElementGID, false, OMSSCADACommon.States.OPENED));
// treba mi objasnjenje sta se ovde radi? ne kotnam ove ScadaupdateModele sta se kad gde dodaje, sta je sta
// uopste, summary iznad tih propertija u dms modelu
Node n = (Node)DMSService.Instance.Tree.Data[sw.End2];
n.Marker = false;
networkChange.Add(new UIUpdateModel(n.ElementGID, false));
// pojasnjenje mi treba, komentari u ovom algoritmu i slicno, da ne debagujem sve redom, nemam vremena sad za to xD
networkChange = EnergizationAlgorithm.TraceDown(n, networkChange, false, false, DMSService.Instance.Tree);
}
else if (state == OMSSCADACommon.States.CLOSED)
{
sw.Incident = false;
sw.CanCommand = false;
sw.State = SwitchState.Closed;
// i ovde takodje pojasnjenje
if (EnergizationAlgorithm.TraceUp((Node)DMSService.Instance.Tree.Data[sw.End1], DMSService.Instance.Tree))
{
networkChange.Add(new UIUpdateModel(sw.ElementGID, true, OMSSCADACommon.States.CLOSED));
sw.Marker = true;
Node n = (Node)DMSService.Instance.Tree.Data[sw.End2];
n.Marker = true;
networkChange.Add(new UIUpdateModel(n.ElementGID, true));
networkChange = EnergizationAlgorithm.TraceDown(n, networkChange, true, false, DMSService.Instance.Tree);
}
else
{
networkChange.Add(new UIUpdateModel(sw.ElementGID, false, OMSSCADACommon.States.CLOSED));
}
}
//do
//{
// try
// {
// if (IMSClient.State == CommunicationState.Created)
// {
// IMSClient.Open();
// }
// if (IMSClient.Ping())
// break;
// }
// catch (Exception e)
// {
// //Console.WriteLine(e);
// Console.WriteLine("ProcessCrew() -> IMS is not available yet.");
// if (IMSClient.State == CommunicationState.Faulted)
// {
// NetTcpBinding binding = new NetTcpBinding();
// binding.CloseTimeout = TimeSpan.FromMinutes(10);
// binding.OpenTimeout = TimeSpan.FromMinutes(10);
// binding.ReceiveTimeout = TimeSpan.FromMinutes(10);
// binding.SendTimeout = TimeSpan.FromMinutes(10);
// binding.MaxReceivedMessageSize = Int32.MaxValue;
// IMSClient = new IMSClient(new EndpointAddress("net.tcp://localhost:6090/IncidentManagementSystemService"), binding);
// }
// }
// Thread.Sleep(1000);
//} while (true);
// report changed state of the element
_IMServiceFabricClient.InvokeWithRetry(c => c.Channel.AddElementStateReport(elementStateReport));
// ni ovo ne kontam, tj. nemam vremena da kontam previse xD
Source s = (Source)DMSService.Instance.Tree.Data[DMSService.Instance.Tree.Roots[0]];
networkChange.Add(new UIUpdateModel(s.ElementGID, true));
Publisher publisher = new Publisher();
if (networkChange.Count > 0)
{
publisher.PublishUpdate(networkChange);
}
if (isIncident)
{
List <long> gids = new List <long>();
networkChange.ForEach(x => gids.Add(x.Gid));
List <long> listOfConsumersWithoutPower = gids.Where(x => (DMSType)ModelCodeHelper.ExtractTypeFromGlobalId(x) == DMSType.ENERGCONSUMER).ToList();
foreach (long gid in listOfConsumersWithoutPower)
{
ResourceDescription resDes = DMSService.Instance.Gda.GetValues(gid);
try { incident.LostPower += resDes.GetProperty(ModelCode.ENERGCONSUMER_PFIXED).AsFloat(); } catch { }
}
_IMServiceFabricClient.InvokeWithRetry(c => c.Channel.AddReport(incident));
publisher.PublishIncident(incident);
}
}
}
else
{
Console.WriteLine("ChangeOnScada()-> element with mrid={0} do not exist in OMS.", mrID);
}
}
public void ChangeOnSCADA(string mrID, OMSSCADACommon.States state)
{
ModelGdaDMS gda = new ModelGdaDMS();
List <ResourceDescription> discreteMeasurements = gda.GetExtentValuesExtended(ModelCode.DISCRETE);
ResourceDescription rdDMeasurement = discreteMeasurements.Where(r => r.GetProperty(ModelCode.IDOBJ_MRID).AsString() == mrID).FirstOrDefault();
// if measurement exists here! if result is null it exists only on scada, but not in .data
if (rdDMeasurement != null)
{
// find PSR element associated with measurement
long rdAssociatedPSR = rdDMeasurement.GetProperty(ModelCode.MEASUREMENT_PSR).AsLong();
List <SCADAUpdateModel> networkChange = new List <SCADAUpdateModel>();
Element DMSElementWithMeas;
Console.WriteLine("Change on scada Instance.Tree");
DMSService.Instance.Tree.Data.TryGetValue(rdAssociatedPSR, out DMSElementWithMeas);
Switch sw = (Switch)DMSElementWithMeas;
bool isIncident = false;
IncidentReport incident = new IncidentReport()
{
MrID = sw.MRID
};
Random rand = new Random();
Array crews = Enum.GetValues(typeof(CrewType));
incident.Crewtype = (CrewType)crews.GetValue(rand.Next(0, crews.Length));
ElementStateReport elementStateReport = new ElementStateReport()
{
MrID = sw.MRID, Time = DateTime.UtcNow, State = (int)state
};
bool isImsAvailable = false;
do
{
try
{
if (IMSClient.State == CommunicationState.Created)
{
IMSClient.Open();
}
isImsAvailable = IMSClient.Ping();
}
catch (Exception e)
{
Console.WriteLine("ChangeOnScada() -> IMS is not available yet.");
if (IMSClient.State == CommunicationState.Faulted)
{
IMSClient = new IMSClient(new EndpointAddress("net.tcp://localhost:6090/IncidentManagementSystemService"));
}
}
Thread.Sleep(1000);
} while (!isImsAvailable);
if (state == OMSSCADACommon.States.OPENED)
{
IMSClient.AddReport(incident);
isIncident = true;
sw.Marker = false;
sw.State = SwitchState.Open;
networkChange.Add(new SCADAUpdateModel(sw.ElementGID, false, OMSSCADACommon.States.OPENED));
Node n = (Node)DMSService.Instance.Tree.Data[sw.End2];
n.Marker = false;
networkChange.Add(new SCADAUpdateModel(n.ElementGID, false));
networkChange = EnergizationAlgorithm.TraceDown(n, networkChange, false, false, DMSService.Instance.Tree);
}
else if (state == OMSSCADACommon.States.CLOSED)
{
sw.State = SwitchState.Closed;
if (EnergizationAlgorithm.TraceUp((Node)DMSService.Instance.Tree.Data[sw.End1], DMSService.Instance.Tree))
{
networkChange.Add(new SCADAUpdateModel(sw.ElementGID, true, OMSSCADACommon.States.CLOSED));
sw.Marker = true;
Node n = (Node)DMSService.Instance.Tree.Data[sw.End2];
n.Marker = true;
networkChange.Add(new SCADAUpdateModel(n.ElementGID, true));
networkChange = EnergizationAlgorithm.TraceDown(n, networkChange, true, false, DMSService.Instance.Tree);
}
else
{
networkChange.Add(new SCADAUpdateModel(sw.ElementGID, false, OMSSCADACommon.States.CLOSED));
}
}
// report changed state of the element
IMSClient.AddElementStateReport(elementStateReport);
Source s = (Source)DMSService.Instance.Tree.Data[DMSService.Instance.Tree.Roots[0]];
networkChange.Add(new SCADAUpdateModel(s.ElementGID, true));
Publisher publisher = new Publisher();
if (networkChange.Count > 0)
{
publisher.PublishUpdate(networkChange);
}
if (isIncident)
{
//Thread.Sleep(1000);
List <long> gids = new List <long>();
networkChange.ForEach(x => gids.Add(x.Gid));
List <long> listOfConsumersWithoutPower = gids.Where(x => (DMSType)ModelCodeHelper.ExtractTypeFromGlobalId(x) == DMSType.ENERGCONSUMER).ToList();
foreach (long gid in listOfConsumersWithoutPower)
{
ResourceDescription resDes = DMSService.Instance.Gda.GetValues(gid);
incident.LostPower += resDes.GetProperty(ModelCode.ENERGCONSUMER_PFIXED).AsFloat();
}
publisher.PublishIncident(incident);
}
}
else
{
Console.WriteLine("ChangeOnScada()-> element with mrid={0} do not exist in OMS.", mrID);
}
}
